2 0 2 0
S H A R O N
N G
P O R T F O L I O
2 0 2 0
CERTIFICATE IV IN DESIGN (GRAPHICS DESIGN)
SUBJECT // DRAWING
2 0 2 0
CERTIFICATE IV IN DESIGN (GRAPHICS DESIGN)
SUBJECT // DIGITAL SKILLS
2 0 2 0
CERTIFICATE IV IN DESIGN (GRAPHICS DESIGN)
SUBJECT // PRINT COMPUTER SKILLS
2 0 2 0
CERTIFICATE IV IN DESIGN (GRAPHICS DESIGN)
SUBJECT // T YPOGRAPHY
2 0 1 9
WORK EXPERIENCE
PROJECT: THAI RESTAURANT, CABRAMATTA
conceptual ideas for interior of thai restaurant
2 0 1 8
BACHELOR OF ARCHITECTURE AND ENVIRONMENTS
SUBJECT // BDES3025 ARCHITECTURAL PROFESSIONAL PRACTICE GRADE // D assigned site in newtown to undergo alterations and additions, following council regulations and DA application.
LEGEND CPT DB DP EXST GU MS PC PVC TB TL SD
39
CARPET DOUBLE BRICK DOWN PIPE EXISTING GUTTER METAL SHEET POLISHED CONCRETE POLYVINYL CHLORIDE TIMBER TILES SMOKE DETECTOR
SITE BOUNDARY DEMOLITION EXISTING WALL MAX HEIGHT NEIGHBOURING PROPERTY DOUBLE BRICK CARPET TIMBER TILES POLISHED CONCRETE GUTTER/DOWNPIPE GLASS OUTDOOR AREA CEMENT RENDER
MAX HEIGHT 9.5M
NEW MS ROOF WITH TIMBER FRAMING
Level 2 TL
MASTERS FFL 33.09
CR
BATH
36020
CR
BED 01
BED 02
W2
3200
CR
W3
Level 1 FLR 33.09
32820 DB
RUMPUS FFL 30.05
W3
CR
CR
LIGHTWELL
W3
DINING
LIVING
2770
CR
D1 MS
Ground Floor FLR 30.05
30050
NEW CONCRETE FOOTINGS
500MM DEPTH OF EXCAVATION
EXISTING METAL FENCE
PROPOSED PLANTS BOTANICAL NAME
COMMON NAME
POT SIZE
TAG
1 2 8 6 1 5
EUCALYPTUS MANIFERA (EM) LOMANDRA LONGIFOLIA (LL) PHORMIUM TENAX (PT) SYZYGIUM AUSTRALE (SA) WATERHOUSEA FLORIBUNDA (WF) CONVOLVULUS CNEORUM (CC)
LITTLE SPOTTY TANIKA ELFIN BUSH CHRISTMAS WEEPING LILLY PILLY BUSH MORNING
400MM 200MM 200MM 300MM 350MM 140MM
W1 W2 W3 W4 D1 D2
EM
LL
LEGEND
BASIX DOOR/ WINDOW SCHEDULE
QTY
PT
SA
WF
DIMENSION (W X H) 600 X 1800 1810 X 1800 1400 X 1200 1400 X 500 762 X 2032 1050 X 1981
FRAME AND GLASS TYPE UPVC, UPVC, UPVC, UPVC, UPVC, UPVC,
CLEAR/AIRGAP/CLEAR CLEAR/AIRGAP/CLEAR CLEAR/AIRGAP/CLEAR CLEAR/AIRGAP/CLEAR CLEAR/AIRGAP/CLEAR CLEAR/AIRGAP/CLEAR
(UVALUE: (UVALUE: (UVALUE: (UVALUE: (UVALUE: (UVALUE:
3.67, 3.67, 3.67, 3.67, 3.67, 3.67,
SHGC: SHGC: SHGC: SHGC: SHGC: SHGC:
0.59) 0.59) 0.59) 0.59) 0.59) 0.59)
CC
CPT DB DP EXST GU MS PC PVC TB TL SD
SITE BOUNDARY DEMOLITION EXISTING WALL MAX HEIGHT NEIGHBOURING PROPERTY DOUBLE BRICK CARPET TIMBER TILES POLISHED CONCRETE GUTTER/DOWNPIPE GLASS OUTDOOR AREA CEMENT RENDER
CARPET DOUBLE BRICK DOWN PIPE EXISTING GUTTER METAL SHEET POLISHED CONCRETE POLYVINYL CHLORIDE TIMBER TILES SMOKE DETECTOR
1 05 22120
735 270
7879
100
2240
100
8419
2565
270
100MM PVC DOWNPIPE
TILED FLOORING AS 3740-2010
TB
SD
W3 1.2H 1.4W W3 LIGHTWELL 1.2H 3.3X2.0M 1.4W AREA: 6.6SQM FFL 30.05
D1 2.4H 3.0W
270
DINING 6.3X3.6M W2 1.8H 1.8W
W2 1.8H 1.8W
AREA: 40.7SQM
880
W1 1.8H 0.6W
AREA: 22.7SQM FFL 30.05
270
W3 1.2H 1.4W W3 1.2H 1.4W
RUMPUS 3.8X3.6M AREA: 14SQM FFL 30.05
LIVING 3.6X5.0M AREA: 18SQM FFL 30.05
3515
KITCHEN 3.9X2.0M AREA: 7.8SQM FFL 30.05
PC
5205
AREA: 2.2SQM
PC
270
2003
04
UP
FLR 30.05
5215MM BOUNDARY LINE
5205
29960MM BOUNDARY LINE
NEW CAVITY WALLS TO MATCH EXISTING STRUCTURE
270
2560
270
3815
100
4185
3350
270
6310
3350
270
4630
6850
270
4900
5275
LEGEND SHADOW FROM EXISTING ADDITIONAL SHADOW FRMO PROPOSED DEVELOPMENT
NUMBER 103. 2 STOREY BRICK TERRACE HEIGHT: 9.5M
NUMBER 103. 2 STOREY BRICK TERRACE HEIGHT: 9.5M
NUMBER 1 103. 2 STOREY BRICK CK TERRAC TERRACE HEIGHT: 9.5M
29960 BOUNDARY LINE
29960 BOUNDARY LINE
29960 BOUNDARY LINE
MS EG G
GU
GU
GU
WINTER SOLSTICE 9AM
29960 BOUNDARY LINE
GU
WINTER SOLSTICE 12PM
29960 BOUNDARY LINE
5215 BOUNDARY LINE
2 degrees FALL
5215 BOUNDARY BOUNDAR AR ARY RY LINE RY
EG
5215 BOUNDARY LINE
2 degrees FALL
5215 BOUNDARY LINE
EG
5215 BOUNDARY LINE
1
270
1310
100 982
270
29960MM 60M 0MM BOUNDARY 0M BO BO OUND DARY R LINE
TOILET 1.0X2.2M
270
2100
5275
2 degrees FALL
GU
GU U
WINTER SOLSTICE 3PM
29960 2 9960 9 BOUNDAR 96 BOUNDARY BOUN BOUN N Y LINE
500MM STANDING SEAM ROOF 100MM TIMBER PURLINS 10MM PLASTERBOARD CEILING
100MM PVC DOWNPIPE
5MM SYNTHETIC TEXTURED CARPET
15MMPLYWOOD JOISTS
270MM DOUBLE BRICK CAVITY EXTERNAL WALL
MATERIALS
4MM DOUBLE LOW E GLASS
12MM AIR SPACE UPVC FRAME
2 0 1 8
BACHELOR OF ARCHITECTURE AND ENVIRONMENTS
SUBJECT // BDES2013 ARCHITECTURAL TECHNOLOGIES 2 GRADE // D sustainable site specific function hall.
SITE RESPONSE
NO NATURAL COOLING 5.64
20.00
5.64
21 JUNE
THE NORTH FACING FUNCTION HALL EFFECTIVELY RECEIVES SUFFICIENT SUNLIGHT IN WINTER AND SUMMER TO THE MAIN FUNCTION ROOM THROUGH ITS WIDE WINDOWS.
NEGATI
THIS DIAGRAM SHOWS THE ORIGINAL DESIGN THAT DOES NOT MAXIMISE NATURAL VENTULATION WHICH WILL INCREASE INDOOR TEMPERATURE. THUS THE KITCHEN, STOREROOM AND TOLIET WERE MOVED AWAY FROM THE EAST TO THE SOUTH.
VE PR ESSU
-
-
- RE
+ + + POSITIVE PRESSURE
+
21 SEPTEMBER
NEGATI
-
VE PR ESSU
-
RE
-
+ + + POSITIVE PRESSURE
21 DECEMBER
THE MATERIALS ALLOCATED CAN RETAIN HEAT THROUGHOUT THE DAY BY USING THE BRICK WALL AND RELEASE THE HEAT AT NIGHT. POSITIONING OF THE INLETS AND OUTLETS ARE IMPORTANT TO NOTE AS THEY CAN BE OPENED OR CLOSED DEPENDING ON THE NEED FOR VENTILATION.
STRATERGIES: SUNLIGHT AND SHADING: TO MINIMISE SUNLIGHT DURING SUMMER HORIZONTAL SLIDING DOORS HAS BEEN PLACED ON THE EXTRIOR OF THE BUILDING (NORTH AND WEST) IN ADDITION TO GLASS SLIDING DOORS. THE WALL TO WINDOW RATIO ON THE NORTH FACADE IS LESS THAN HALF SUCH THAT IT REDUCES THE AMOUNT OF SUNLIGHT AND RADIATION ENTERING. AS SEEN FROM THE DIAGRAMS THE EXTENDED CANTERLEVER PROVIDES SUFFICENT SHADING. OVERALL OUR BUILDING IS CONTRIBUTING TO THE SITE AS THE PROPOSED AREA IS A HIGHLY USED AREA WITH OPPORTUNITY IN TERMS OF CREATING A SITE WITH FULL SHADING. THE CURRENT EVENT HALL IS HIGHLY USED AND OFTEN BOOKED. OUR HALL PROVIDES A HIGHER CONNECTION BETWEEN THE SEA SOUND WHICH CAN BE CONSIDERED THEAPUTIC AND SACRED.
STRUCTURAL SYSTEM
STANDING SEAM METAL ROOF (CHARCOAL) EACH PANEL (300mm) WILL BE CONSTRUCTED ON SITE. ONE PANEL WILL BE NAILED TO THE BATTENS BEFORE ANOTHER SLIDE OVER.
120mm PLYWOOD BATTEN EACH SPAN IS 800mm
50mm WOODEN CEILING PANEL CEDAR WOOD NAILED IN BETWEEN THE BATTENS AND RAFTERS
250mm WOODEN RAFTERS THESE RAFTERS ARE EXPOSED. THEY WILL HOLD THE PRIMARY LOAD
REVERSE VENEER BRICK WALL BRICK WALL WILL CONNECT TO RAFTERS THROUGH L SHAPED BRACKET
EXTERNAL VULCAN HECTOR CLADDING (H3 TREATED) CONCRETE SLAB- CREAM POLISH FINISH
13mm CEDAR WOOD DECKING BOLTED TO THE JOIST 330mm CEDAR WOOD JOIST, THE SECTION THAT IS CANTILEVER OFF THE EARTH WILL BE BOLTED TO THE UINIVERSAL BEAMS. THE BACK SECTION WILL BE BOLTED TO THE CONCRETE SLAB TO ALLOW DRAINAGE.
360UB57 HOLLOW GALVANISED STEEL POST TENSION AND COMPRESSION CABLE WITH ANCHOR DISC
CONSTRUCTION ANALYSIS
Double Low-e Glass (E* = 0.1) 12mm Air Space 50mm Aluminium Frame
30mm EXTRUDED POLYSTYRENE (XPS) Insulation (1.1R) 75 x 110 x 230mm DOUBLE BRICK WALL (1.7R)
CAVITY & BRICK TIES WOODEN FRAME THERMAL INSULATION
25mm CAVITY
Thermal Break
CLAY BRICK
WHITE PLASTERBOARD VALCAN HECTOR CLADDING
LOW E GLASS IS AN EFFECTIVE METHOD TO ALLOW HEAT TO PENETRATE WHILST KEEPING THE HEAT IN DURING WINTER. THE THERMAL BREAK ACTS AS A BARRIER TO PREVENT FLOW OF THERMAL ENERGY FROM THE CONDUCTIVE ALUMINIUM WINDOW FRAME. DOUBLE PANE IS AN EFFECTIVE INSULATING AIR POCKET IN HEAT TRANSFER.
BASED ON THE LOCATION, SITUATED IN A MODERATE AND TEMPERATE CLIMATE WITH MINIMAL EXTREME WEATHER CONDITION THIS WALL IS SUITABLE. HERE, THE TOTAL R-VALUE IS 2.8R VALUE WHICH HAS PROVEN IN REDUCING ENERGY EXEXERTING FROM INSIDE TO OUT.
CONSTRUCTION NOTES:
CONSTRUCTION NOTES:
MATERIAL NOTES:
ROOF SYSTEM: ALL ROOFING SYSTEM CAN BE TRANSPORTED VIA TRUCK AND SONTRUCTRED ON SITE. AS SEEN IN THE SITE ANALYSIS ACCESSABILITY IS HIGH. TO MINIMISE WASTE WE USED THEIR PREFABICATED AND STANDARD DEMENSION FOR THE PANELS.
THE BALUSTRADE CAN BE MOSTLY PREFABRICATED TO REDUCE TIME FOR ON SITE CONSTRUCTION.
CEDAR WOOD: CEDAR WOOD WAS CHOSEN THROUGHOUT THE BUILDING INCLUDING THE PRIMARY AND SECONDARY STRUCTURE FOR ITS SUSTAINABILITY. THROUGHOUT THE LIFE CYCLE OF MATERIALS WOOD IS EASIER TO RECYCLE THAN STEEL AND OTHER METALS. IT ALSO USES APPROX 11MJ/KG PER EMBODIED ENERGY COMPARED TO ALUMINIUM: 170MJ/KG. HOWEVER, THE LIFECYCLE OF ALUMINIUM IS SIGNIFICANTLY LONGER.
WALL SYSTEM: SIMILAR TO THE ROOF, THE BRICKS, CONCRETE AND CLADDING CAN BE CONSTRUCTED ON SITE. FLOOR SYSTEM: THE DECKING, JOIST, UB AND TENSION & COMPRESSION CABLE CAN BE CONSTRUCTED ON SITE. THE UB AND STEEL POST ARE STABLED WITH CROSS BRACING.
CONSTRUCTION NEEDS TO HAVE MINIMAL IMPACT ON NOISE. THE MAJORITY OF THE MATERIALS WERE CHOSEN BASED ON SUSTAINABILITY IN RELATION TO LIFE CYCLE ASSESSMENT. THERE IS AN OPPORTUNITY FOR A WATER TANK TO BE INSTALLED AT THE SOUTH END OF THE BUILDING WHERE THE GUTTER IS. THIS WILL ALLOW RECYCLABLE WATER TO BE REUSED. (SHOWN IN DIAGRAM PAGE 1)
HERE THERMAL MASS (BRICK) IS ON THE INTERIOR OF THE BUILDING. WHEN COMBINED WITH INSULATION AND WOODEN CLADDING IT CONTRIBUTES TO USER COMFORT AS IT STORES HEAT INSIDE FOR WINTER FROM THE BULK INSULATION. AT NIGHT WINDOWS CAN BE OPENED ALLOWING NIGHT FLUSH AS SHOWN IN DIAGRAMS ON PAGE 5.
E
B
A
L SHAPED, STAINLESS STEEL BRACING TO CONNECT THE BATTEN TO THE REVERSE BRICK WALL
STANDING SEAM ALUMINIUM ROOF (11 DEGREE PITCH) 80mm LAMINATED VENNER LUMBER (LVL)PURLIN WITH VENTILATION GAP AND THERAL INSULATION FOIL
WINDOW AND FLASHING 110mm CLAY BRICK WITH 25mm CAVITY
CEDAR WOOD CEILING WITH OIL VARNISH
110mm DOUBLE CLAY BRICK WALL WITH BRICK TIES TIMBER TO SUPPORT BEAM
250mm WIDTH X 110mm THICKNESS CEDAR BATTERNS WITH AN OUTDOOR BASE VARNISH 110 X 118mm ALUMINIUM GUTTER
90mm FRAME WITH BULK INSULATION
1200mm WIDTH, 30MM THICKNESS DCT THERMAL CHECK (1.4 R-VALUE)
PINE BALLUSTRADE WITH STAINLESS STREEL WIRE
2700mm WIDTH, 10mm THICKNESS WHITE PLASTERBOARD
250mm WIDTH, 20mm THICKNESS VALCAN HECTOR CLADDING. PANTINA FINISH-OXIDISATION PROCESS
110 X 40mm PLYWOOD JOIST CONCRETE SLAB
CREAM POLISHED CONCRETE FINISH 110mm THICKNESS, 160mm HEIGHTLEGDER
FLASHING
110mm THICKNESS, 330mm HEIGHT DECKING JOIST (SPOTTED GUM HARDWOOD)
360UB57
150 X 50mm REEDED PROFILE, CYPRESS DECKING BOARDS. OUTDOOR OIL BASED FINISH.
800 X 800mm PIER WITH GALVANIZED FOOTING 200mm UNDERGROUND
SHORT CROSS SECTION OF HALL OF CELEBRATION PAGE 11
Scale 1:50 0 1
2
3
4m
2 0 1 8
BACHELOR OF ARCHITECTURE AND ENVIRONMENTS
SUBJECT // BAEN2002 DESIGN INTEGRATION LAB-ENERGY GRADE // D
residential apartment promoting sustainable strategies and materials.
ABERCROMBIE STREET
RAGLAN STREET
GROUND LEVEL PLAN (SHADOW CAST 12PM 21 JUNE)
1
2 3
4
SECOND LEVEL
THIRD LEVEL
SEFAIRA Here, the pie chart and the table shows the progression of the design. We experimented with materials and U values to achieve the most efficient and successful current result. To create an effective passive design for the residence on our site, many factors were vital to be taken into consideration when allocating specific materials such as double glass low-e windows and double brick walls.
ORIGINAL PASSIVE DESIGN STRATEGIES OUTPUT
NEW SUSTAINABLE DESIGN OUTPUT Here, the quantity of the building heated up was able to be reduced by 22% using natural ventilation, windows open during operational hours and using a rotated brick design. Natural ventilation was also increased (as shown in the ventilation diagram below), hence, reducing the energy spent on artificial cooling within the residence. There are approximately 8760 hours in a year, where we have achieved 6232 hours (71.1%) of thermal comfort throughout the year.
-
-
-
-
-
+ WIND NORTHWEST
+
+
+ +
WIND SOUTHEAST W
VENTILATION/HEAT DIAGRAM ON LONG SECTION
Recycled water system: The residential dwelling is designed with a 70000L rain water tank. There is a treatment plant underground where both blakc & grey water passes through the septic tank for treatment before being reused for the garden and the toilet. The water obtained from this plant can be store & used for emergencies such as fire sprinklers and extreme summer droughts.
DRIP IRRIGATION SYSTEM
VEGETATION MANUFACTURED SOIL (10MM) GEOTEXTILE FILTER FABRIC 145GSM (15MM) SYNTHETIC DRAINAGE MESH: DIMPLED SINGLE SIDED PLASTIC SHEET (10MM) HIGH DENSITY POLYETHYLENE (HDPE) ROOT BARRIER (1MM)
WATER PUMP
LANDSCAPE DETAILING
DESIGN 1
TRADITIONAL A A DOUBLE BRICK VENEER
22 DECEMBER
21 JUNE
DESIGN 2
DOUBLE BRICK VENEER WITH EVERY SECOND BRICK MOVED 50MM FORWARD
DESIGN 3
DOUBLE BRICK VENEER WITH EVERY THIRD BRICK MOVED 50MM FORWARD
DESIGN 4
DOUBLE BRICK VENEER WITH EVERY SECOND BRICK ROTATED 10 DEGREES OUT
DESIGN 5
DOUBLE BRICK VENEER WITH EVERY SECOND BRICK ROTATED 10 DEGREES TO THE RIGHT AND EVERY FOURTH ROTATED 10 DEGREES TO THE LEFT
SECTION OF BRICK DESIGN 5
BLACK SLATED BRICK
BRICK TIE
Initially, our process included five variations of the brick facade. Each facade varied in the angle of the brick layout, which in turn results in variation of shading and sunlight upon the facade, as shown through our shadow analysis. The final choice was based upon primarily its heating and cooling affect upon our residential apartment. Shown in the diagram, the final brick layout provides sufficient heating during winter through the exposed brick, and provides less cooling during summer. However, despite the reduced cooling effect provided by the facade during summer, it is accounted for by the passive cooling strategies incooporated in the design. Hence, overall, the brick layout chosen is an effective method which works well with the existing passive design strategies. Our final design casts more shadows than the other designs; thus, there is more solar radiation for natural heating rather than utilising artificial sources of heating.
20MM AIR CAVITY
CONCRETE SLAB
This algorithm mic script was use ed to analysis sun radiation for the brick. Due to some difficult ties results were inconclusive.
Dark coloured slated bricks have a higher absorbency rate for solar radiation than lighter coloured bricks. Our dark grey coloured bricks were chosen to increase natural heating from sunlight and reduce excessive energy use to heat up the building during winter. In summer, passive design strategies such as the stacking effect, cross ventilation and night purging have been incoorporated to counteract against the absorption of heat from the dark coloured bricks. Hence, the choice of dark coloured bricks effectively works cohesively with existing passive strategies.